1. WebAssembly and Quantum Threats
WebAssembly's sandboxing capabilities are robust, but as quantum computing progresses, traditional authentication mechanisms in runtimes become vulnerable. Ελιωτος is addressing this by integrating quantum-resistant algorithms directly into our WebAssembly execution pipeline.
Code Example: Quantum-Secure Module Loader
const pqCrypto = async () => import('./pq-loader.wasm'); const loader = await pqCrypto(); const secureHash = loader.generateKyberHash('webassembly-runtime'); console.log(`Quantum-resistant hash: ${secureHash}`);
2. Runtime Security Enhancements
Zero-Trust Sandboxing
Each WebAssembly module execution is verified with post-quantum signatures before instantiation.
Memory Obfuscation
Quantum-safe XOR masks applied to memory regions to prevent cold boot and side-channel attacks.
3. Performance Impact
4.8ms
Hash generation time
1.2MB
Security module overhead
2.3x
Throughput improvement
4. Integration Strategy
Our approach includes runtime patching of WebAssembly modules with quantum-safe wrappers, continuous monitoring of cryptographic advancements, and participation in W3C WebAssembly Security Working Group discussions. We're also optimizing lattice-based algorithms for embedded WebAssembly environments.